“STRUCTURA”, self-supporting face brick façade to comply with the new CTE DB HE requirements”

Authors

  • Concepción Río Vega Universidad Politécnica de Madrid.
  • Ana Ribas Sangüesa Hispalyt

DOI:

https://doi.org/10.20868/ade.2016.3310

Keywords:

Ladrillo, autoportante, aislamiento térmico, fachada ventilada,

Abstract

The self-supporting face brick façade is the result of a profound reflection on the different solutions for the brick façades that have been used throughout history. It has been promoted by Hispalyt in close collaboration with the Technical Department of Geohidrol S.A., leader company in the research, manufacture and marketing of systems for masonry closings. When analyzing different solutions of face brick façade, under the perspective of the technical building code requirements, the self-supporting façade 'STRUCTURA' appears as the optimal solution for its simplicity, high performance and low cost in auxiliary resources. The self-supporting façade 'STRUCTURA' is characterised by the outer leaf of the enclosure being built fully separately from the building, supported on itself, and thus enabling the provision of an air chamber (ventilated or not) with continuous thermal insulation. In this manner thermal bridges on the fronts of pillars and floors are eliminated, noticeably improving the hygrothermal performance of the building in order to comply with the technical building code basic document for energy saving (DB HE), whose requirements in the new version approved in September 2013 have substantially increased with respect to the requirements of the previous version. From the point of view of the mechanical response, the self-supporting façade is based on exploiting the potential that brick walls have when used as a load-bearing structural element themselves. Unlike conventional solutions or those that require additional support devices arranged floor-to-floor, with the 'STRUCTURA' solution the brick wall is analyzed as an active element in the structural behaviour, so that its own weight contributes beneficially to the resistance against horizontal actions.

Downloads

Download data is not yet available.

References

AIPEX (2014). Catálogo Fachada ventilada aislada con poliestero extruido (XPS). Asociación Ibérica del Poliestireno Extruido.

Estévez, J. & Otero, D. (2006). Cálculo de muros de fábrica sometidos a cargas laterales de viento. Hormigón y Acero, 240 (pp. 55-62).

Geohidrol. (2008). Fachadas de ladrillo cara vista, pp. 319- 385. Madrid: La Sombra Creativa.

Heyman, J. (1995). Estructuras de fábrica. Madrid: Instituto Juan de Herrera.

Hispalyt (2008). Proyecto cooperativo del análisis de la problemática y las soluciones más adecuadas para la construcción de muros no portantes de fábricas de ladrillo cerámico. PROFIT 2005-2008.

Downloads

Published

2016-08-31
Metrics
Views/Downloads
  • Abstract
    1676
  • PDF
    2607
Further information

How to Cite

Río Vega, C., & Ribas Sangüesa, A. (2016). “STRUCTURA”, self-supporting face brick façade to comply with the new CTE DB HE requirements”. Anales de Edificación, 2(2), 40-60. https://doi.org/10.20868/ade.2016.3310